The Schneider™ BMXDRA1605 Discrete Output Module is engineered for high-precision control applications, offering reliable and efficient output in industrial automation systems.
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The Schneider™ BMXDRA1605 Discrete Output Module is engineered for high-precision control applications, offering reliable and efficient output in industrial automation systems.
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Number of Outputs:16
Output Type:Discrete
Operating Voltage:DC 24V
Current Rating:2A per channel
Operating Temperature Range:-20°C to +70°C
Input Signal:Logic level
Communication Interface:RS-485
Power Consumption:Max. 20W
Dimensions (L x W x H):142 x 111 x 104 mm
Weight:Approx. 350g
Engineered with precision and reliability, the Schneider BMXDRA1605 discrete output module is a cornerstone component in modern industrial automation. This robust device is specifically designed to offer 16 individual relay outputs, ensuring precise control and response in demanding environments.
Each channel supports a maximum current rating of 1 A and can handle a load capacity of up to 240 VA at 24 VDC, making it suitable for a wide range of applications including motor control, lighting, and process control systems.
Featuring an operating temperature range from -25°C to +70°C, this module is built to withstand harsh conditions commonly encountered in industrial settings. Its IP20 enclosure type provides basic protection against dust and splashing water, ensuring durability and reliability in various industrial environments.
For ease of integration, the Schneider BMXDRA1605 is compatible with a variety of control systems, allowing for seamless connection and configuration through standard interfaces. It supports both positive and negative logic, offering flexibility in system design and implementation.
Installation is straightforward, thanks to its panel mount design, which allows for easy mounting on a control panel or enclosure. Additionally, comprehensive documentation and support resources are available to assist users in maximizing the performance and efficiency of their control systems.
